join an innovative team of pioneers at the forefront of the renewable energy revolution. From advanced grid engineering to hands-on field operations, discover a purpose-driven career helping build a cleaner, sustainable world.

Cutting-Edge Innovation: Frame the company as an industry leader pushing past basic hardware into intelligent solar systems, hybrid distribution networks, and AI-optimized battery storage.
Professional Evolution: Highlight clear pathways from entry-level apprenticeships or field technicians up to senior site directors and project leads.
Safety & Inclusion First: Explicitly call out a culture prioritizing rigid Field Safety Protocols (LOTO/HSE), inclusive crew environments, and specialized training programs.

Job Summary

The Solar Site Engineer (Tracker & Piling Specialist) is responsible for the execution, supervision, and quality assurance of civil foundation works and mechanical tracker installations on-site. This role bridges civil and mechanical engineering, ensuring that all structural piling complies with geotechnical parameters and that solar tracking systems are assembled according to strict manufacturer tolerances.

Key Responsibilities

1. Piling & Foundation Supervision

  • Supervise hydraulic pile-ramming and concrete piling operations across the solar array field.
  • Monitor pile verticality, pitch, alignment, embedment depth, and location tolerance within specified engineering design limits.
  • Evaluate soil and ground responses during driving to record blow counts, torque, and refusal levels.
  • Coordinate pile load testing, including Dynamic Load Tests (DLT), Static Load Tests (SLT), and Pile Integrity Tests (PIT).

2. Tracker Assembly & Mechanical Integration

  • Oversee the mechanical installation of single-axis or dual-axis solar tracking technologies.
  • Manage field configurations for prominent tier-1 tracker brands like Nextracker, TrinaTracker, Arctech, PVH, and FTC Solar.
  • Verify torque tube alignment, bearings setup, drive unit placement, and link-assembly compliance.
  • Inspect the mounting of solar PV modules onto the tracking structures, ensuring correct torque values on clamps.

3. Quality Control, Safety & Planning

  • Execute field Inspection Test Plans (ITPs) and raise or resolve Non-Conformance Reports (NCRs) related to foundations.
  • Interpret structural blueprints, piling layouts, and civil grading/drainage plans.
  • Enforce site health, safety, and environmental regulations (WHS/HSE) surrounding heavy machinery and automated systems.
  • Support 3-week lookahead schedules and daily Plan of Day (POD) logging to track production targets.

Job Requirements & Qualifications

  • Education: Bachelor’s Degree or Diploma in Civil Engineering, Mechanical Engineering, or a closely related field.
  • Experience: Minimum of 2–5 years of direct construction experience on utility-scale solar power plants (typically 50MW+ fields).
  • Technical Proficiency: Proven hands-on experience with automated pile ramming rigs (e.g., Orteco, Vermeer, Pauselli) and modern tracker kinematics.
  • Software Skills: Competency in reading AutoCAD structural layouts and managing data logs from electronic surveying/GPS alignment tools.
  • Physical Demands: Ability to work long hours in remote, high-exposure outdoor environments and demanding weather conditions.

Job Summary The BESS Engineer drives the technical development, electrical integration, and commissioning of utility-scale or commercial battery energy storage solutions. This role bridges power electronics, chemical energy storage, and software control systems. The engineer ensures that large-scale battery arrays operate safely, comply with local grid codes, and optimize power dispatch parameters.

Key Responsibilities

1. Engineering Design & Modeling

  • Develop detailed electrical designs, including Single Line Diagrams (SLDs), overall site layouts, and auxiliary system schematics.
  • Conduct battery performance modeling and energy use-case simulations to determine optimal capacity sizing and degradation curves.
  • Specify key infrastructure components including Power Conversion Systems (PCS / Inverters), Battery Management Systems (BMS), and Energy Management Systems (EMS).
  • Design complex sub-systems for thermal management (HVAC/liquid cooling) and fire detection/suppression to prevent thermal runaway.

2. Grid Connection & Compliance

  • Coordinate the utility grid interconnection process by evaluating local network capacity and power flow constraints.
  • Ensure compliance with grid code regulations (e.g., IEEE, IEC, and localized utility mandates) for frequency response, voltage control, and reactive power support.
  • Review technical specifications from Tier-1 battery manufacturers to match regional hardware standards.

3. Commissioning, Testing & Maintenance

  • Supervise field testing and commissioning workflows including Factory Acceptance Tests (FAT) and Site Acceptance Tests (SAT).
  • Troubleshoot control system logic, communication loops (Modbus, CAN bus), and execute software/firmware updates across field containers.
  • Audit Engineering, Procurement, and Construction (EPC) contractors to ensure proper installation, cable routing, and environmental sealing.

Job Requirements & Qualifications

  • Education: Bachelor’s or Master’s degree in Electrical Engineering, Power Systems Engineering, or Chemical/Energy Engineering.
  • Experience: Minimum of 3–5 years of engineering experience directly focused on electrochemical battery technologies or grid-tied renewable projects.
  • Technical Knowledge: Deep understanding of lithium-ion (primarily LFP) chemistries, high-voltage DC distribution, and substation automation.
  • Software Skills: Proficiency in MATLAB, PVsyst, AutoCAD, or specialized battery simulation and dispatch modeling platforms.

The Solar Sales Representative is responsible for the entire sales cycle, from lead generation and site feasibility assessment to contract signing. This role serves as the primary customer-facing guide, translating complex technical metrics—such as kilowatt-hour (kWh) generation, net metering, and solar panel degradation—into clear financial benefits and long-term return on investment (ROI) for the client.

Key Responsibilities

1. Lead Generation & Customer Consulting

  • Identify and qualify prospective customers through targeted outbound outreach, local networking, trade shows, and following up on company-generated marketing leads.
  • Conduct educational consultations with homeowners or business owners to explain the environmental and financial benefits of transitioning to solar power.
  • Analyze prospect utility bills to understand historical energy consumption profiles and seasonal peak demands.

2. System Proposal & Financial Modeling

  • Perform preliminary site assessments using remote satellite imaging software to evaluate roof space, shading issues, and optimal orientation.
  • Collaborate with internal design teams or utilize automated solar design platforms to generate custom system layouts and energy production models.
  • Structure financial proposals illustrating payback periods, internal rate of return (IRR), cash purchases, solar loans, power purchase agreements (PPAs), or solar leases.
  • Navigate local regulatory benefits, educating clients on national or regional financial incentives, tax credits, and carbon offset programs.

3. Pipeline Management & Deal Closure

  • Present final technical and financial bids to key decision-makers, managing objections regarding structural changes, equipment warranties, and up-front costs.
  • Secure binding contracts and collect necessary documentation (e.g., structural engineering approvals or historical billing authorizations) to kickstart the project.
  • Maintain accurate client logs within corporate Customer Relationship Management (CRM) tools to smoothly hand off signed contracts to engineering and installation crews.

Job Requirements & Qualifications

  • Education: High school diploma required; a Bachelor’s degree in Business, Marketing, Environmental Studies, or Sustainability is highly preferred.
  • Experience: 1–3+ years of successful experience in direct-to-consumer (B2C) sales, business-to-business (B2B) account management, or clean energy consulting.
  • Technical Proficiency: Familiarity with CRM systems (e.g., Salesforce, HubSpot) and basic solar estimation software (e.g., Aurora Solar, Solo, Helioscope).

Key Attributes: Exceptional communication and negotiation skills, a self-motivated entrepreneurial mindset, and a valid driver’s license for traveling to local site consultations.


Job Summary

The Solar Panel Electrician handles the wiring, testing, connection, and troubleshooting of all electrical components within a solar photovoltaic (PV) system. This role ensures that all DC power generated by the panels is safely routed through inverters, converted to AC power, and interconnected with the main electrical service panel or public grid. All work must strictly comply with regional electrical codes (such as the NEC or equivalent local standards) to guarantee safety and system reliability.

Key Responsibilities

1. Electrical Installation & Wiring

  • Install and wire electrical infrastructure, including AC/DC disconnects, central or string inverters, combiners, charge controllers, and battery storage units.
  • Run conduit and pull wire across roofs, structures, and underground trenches, ensuring proper sealing, grounding, and weatherproofing.
  • Upgrade existing electrical panels and service equipment to safely handle back-fed solar loads and smart meter integration.

2. Diagnostics, Testing & Commissioning

  • Perform circuit testing using multimeters, megohmmeters, and clamp meters to verify proper voltage, open-circuit voltage (\(V_{oc}\)), short-circuit current (\(I_{sc}\)), and phase rotation.
  • Troubleshoot and repair electrical faults, such as ground faults, insulation breakdown, inverter errors, or system communication drops.
  • Verify rapid shutdown safety systems work perfectly to protect emergency responders and field technicians.

3. Compliance & Safety

  • Interpret electrical single-line diagrams (SLDs), blue prints, and manufacturer specification sheets.
  • Enforce strict Lockout/Tagout (LOTO) protocols and safety regulations (such as OSHA or localized WHS requirements) when working on energized parts.
  • Prepare systems for final municipal and utility electrical inspections to secure permission to operate (PTO).

Job Requirements & Qualifications

  • Education & Licensure: ITI Diploma or same field Experience, Valid Journeyman or Master Electrician license is required for lead roles; a specialized electrical apprenticeship or trade school diploma is required for junior roles.
  • Experience: 1–3+ years of electrical experience, with direct experience on residential or commercial solar installations highly preferred.
  • Technical Knowledge: Deep working knowledge of regional electrical .
  • Physical Demands: Ability to work outdoors in variable weather, climb ladders, lift heavy electrical gear (up to 50 lbs / 23 kg), and work safely on pitched roofs.